Resource Library

Industry Article: Preventing Gas Ingress in Single-Layer Fluoropolymer Bags

Emerging cell and gene therapies demand advanced storage and transport solutions. Gore’s fluoropolymer bags and closed multilayer assemblies outperform bottles, offering superior stability and reliability for sensitive biologics at colder storage and transport temperatures.

Industry Article: Supreme Filtration for a Better Environment using GORE LOW DRAG Filter Bags

GORE® Filter Bags with advanced ePTFE membranes drastically cut drag, reducing airflow resistance in baghouses. By optimizing airflow, they boost efficiency, lower emissions, and ensure consistent compliance—delivering reliable, cost-effective performance in demanding industrial operations.

Industry Article: Understanding the cold durability performance of fluoropolymer bags

Cold chain containment requires materials that withstand extreme handling and shipping conditions. While polymer bags are widely used, not all films perform the same at low temperatures. GORE® testing ensures bags deliver reliable protection and durability for critical biologics.

Installation Guide: GORE® Joint Sealant

GORE® Joint Sealant provides a fast, cost-effective sealing solution for large or complex steel flanges. Supplied on a spool, it forms gaskets in place, delivering tight, reliable seals while reducing material use, labor, and lead time compared to traditional cut gaskets.

Installation Guide: Installing GORE SKYFLEX Aerospace Materials Tapes

GORE® SKYFLEX® Aerospace Tapes minimize vibration damage and mechanical stress when properly installed. With no cure time required, they stay flexible and compliant through multiple open/close cycles—preserving seal integrity and ensuring long-lasting aerospace performance.

Safety Information: GORE Gasketing

GORE® Gasketing products—available as sheets, cut gaskets, or spooled tape/cord—meet the definition of an article under OSHA 29 CFR 1910.1200(b)(6)(v) and EC Regulation 1907/2006/EC. Designed for safe, reliable use, they deliver proven sealing performance in demanding applications.

Technical Information: What is Driving Heat Emission for Digital Signage, GORE Cooling Filters

GORE® Direct Air Cooling combines advanced thermal management with high-efficiency membrane filters for superior ingress protection. Blocking salt, dust, and water, it’s the only solution proven reliable for indoor, outdoor, and semi-outdoor applications in demanding environments.

Technical Note: Hydrodynamic Shear and Turbulent Flow Considerations for High Productivity Membrane Affinity Chromatography

Therapeutic antibodies face hydrodynamic forces and material interactions during manufacturing that can affect stability and aggregation. As batch sizes scale, fluid flow rates and component design must be carefully managed to maintain protein quality and process reliability.

White Paper: Building a Fully Single-Use Process, High Productivity Protein A Membrane Devices that Complement Disposable Upstream Technology

A fully single-use downstream process for mAb harvest at manufacturing scale showed high productivity affinity capture, supporting titers up to 10 g/L at 2000 L. Combined with prior data, results highlight the potential of GORE® Protein Capture Devices for scalable bioprocessing.

White Paper: How Aircraft Electrification is Shaping the Future of Military Aviation

Military aviation has evolved from hydrogen balloons in the Civil War to advanced aircraft serving as fighters, transports, surveillance, and even flying hospitals. Gore supports this evolution with reliable aerospace materials and technologies for mission success.

White Paper: Selecting the Right Ethernet Cables to Increase High-Speed Data Transmission in Civil Aircraft

Choosing the right high-speed cables is critical for avionics and in-flight entertainment. A cable that works today may not meet future demands. GORE® High-Speed Cables deliver reliable data transmission, future-ready performance, and durability for modern aerospace systems.

White Paper: The Impact of Materials on Microwave Cable Performance

Examine how material selection shapes microwave cable performance in harsh environments—covering dielectric choice, jacket metallurgy, flex fatigue and signal integrity risks in the white paper ‘Impact of Materials on Microwave Cable Performance’.